Titlebook: Boundary Element Methods for Engineers and Scientists; An Introductory Cour Lothar Gaul,Martin Kögl,Marcus Wagner Textbook 2003 Springer-Ve

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Mathematical PreliminariesWe assume that the reader is familiar with the basic concepts of vector calculus and matrix algebra as covered in any introductory course on engineering mathematics. In this chapter, we will outline some of the required concepts that the reader might not be familiar with.

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Dynamic PiezoelectricityIn Section 5.5, we described the solution of static piezoelectric field problems with the Boundary Element Method, where it was shown that the piezoelectric formulation could be developed through analogy with elastostatics when using a contracted notation to combine elastic and electric variables in a single expression.

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Mammalian Low Density Lipoproteinsformulation to the consideration of 3-D problems in elastomechanics. In this context, we will also deal with anisotropic materials and give an introduction to the analysis of coupled field problems by means of static piezoelectricity.

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Mathematical Models of Carcinogenesis,ntegral equations as the BEM from Part I and II, which is based on weighted residual statements. To avoid confusion, the weighted residual method will be referred to as Direct BEM for the remainder of the book.

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Mammalian Low Density Lipoproteinsstence of discrete, indivisible units (the elementary particles). According to this theory, all natural phenomena can be described -at least theoretically - by interactions between these particles. On the other hand, . assumes a continuous distribution of field quantities, thereby disregarding the d